Mr. Hrishikesh Singh Yadav is a highly accomplished engineer and researcher with a strong academic foundation in emerging technologies. He is currently pursuing a Master’s in VLSI and Microelectronics Engineering at the Birla Institute of Technology and Science (BITS), Pilani (2025–2027). He holds a Bachelor’s degree in Data Science & Engineering from the Manipal Institute of Technology, MAHE (2021–2025).
His academic profile is further strengthened by professional certifications, including specializations in Machine Learning (IBM), Data Analysis (Google), IoT & Embedded Systems (University of California, Irvine), and Neural Networks & Deep Learning (Deeplearning.AI).

Professional Background

Since January 2025, Mr. Yadav has been working as a Hardware Engineer at CISCO, contributing to advanced hardware systems and embedded technologies. His professional experience spans AI-driven robotics, autonomous UAV systems, embedded platforms, and real-time communication technologies.
He has also served in pivotal technical and leadership roles in international rocketry and aerospace programs such as the Space Dynamics Laboratory Challenge and Spaceport America Cup, where he functioned as Payload Head, Safety Operations Lead, and a key member of the launch pad team.

Research Contributions and Publications

Mr. Yadav has made significant research contributions in GeoAI, SAR image analysis, attention-based deep learning, robotics, and remote sensing.
His work has been published and presented at major global conferences and journals, including:

• ACM SIGSPATIAL (2023, 2024) – Core A conference

• CVIPPR 2023, Thailand

• ACM Digital Library (multiple indexed publications)

• Journal of Applied Mechanics (ASME, Q1)

• IEEE Access (Q1) – Accepted

• IEEE Geoscience and Remote Sensing Letters (Q1) – Accepted

• Springer Multimedia Tools and Applications (Q1) – Accepted

His notable research includes advancements in self-attention networks for semantic segmentation, SAR-DEM fusion for landslide detection, and the design of STEWIE, a robotic payload stabilization mechanism for rockets.

Major Engineering Projects

Mr. Yadav has led impactful engineering initiatives such as:

• A novel radial payload deployment mechanism for sounding rockets, later published in a Q1 ASME journal.

• Development of autonomous multi-rotors, UAVs, and drones integrating AI, IoT, and advanced flight algorithms.

• A real-time video chat platform built using TypeScript, Node.js, MongoDB, and Agora RTC.

Honors and Achievements

His professional excellence is reflected in numerous recognitions:

• Selected as Presenter/Speaker at ACM SIGSPATIAL 2023 & 2024 and CVIPPR 2023.

• Represented his nation at Spaceport America Cup (2023 & 2024) and the Space Dynamics Laboratory Challenge.

• Awarded a $2000 ACM scholarship for contributions to GeoAI research.

• Received appreciation awards from Eon Space Labs, National Informatics Centre (NIC), and the Shree Mahakaleshwar Mandir Prabandh Samiti.

Eligibility for Distinguished Engineer Award 

Mr. Hrishikesh Singh Yadav’s strong record of high-impact research, multiple Q1 journal publications, Core A conference presentations, leadership in aerospace missions, and recognized contributions to GeoAI and embedded hardware establish him as highly eligible for a Distinguished Engineer Award in Scientific Laurels.
His blend of scientific innovation, engineering excellence, and international representation in advanced research forums positions him among the emerging leaders in computational geoscience, robotics, and hardware engineering.